SwRI staff on site using emission sensing technology

Emissions Sensing Technology Development

Detecting and quantifying gaseous leaks and emissions is a critical aspect of environmental monitoring, pipeline integrity, worker safety, product recovery, operational efficiency, regulatory compliance and climate change mitigation efforts.

Southwest Research Institute (SwRI) helps clients research and develop emission sensing technology for the detection and mitigation of greenhouse gas leaks across several industries. Our Fluids Engineering Department offers world-class facilities and flow loops for the evaluation of sensing technologies that have included fixed, handheld and mobile monitoring systems with qualitative, quantitative, and/or leak localization capabilities.

Emissions Monitoring & Detection Research

SwRI supports industry in development of emissions monitoring and detection technologies. We offer extensive experience conducting customized laboratory and field test programs to evaluate performance of a wide variety of gas-sensing technologies.

Expertise

Key Offerings

Industries Served

Pipeline Leak Detection
 

Third-Party Testing
 

Technology Developers

Fugitive Emissions Testing

Controlled Release Testing

Pipeline Operators

Sensor Technologies

Custom Test Development

Energy Companies

Cryogenic Testing

Combustion Control Device Testing

Sensor Manufacturers

Hydrogen Solutions

Sensor Evaluation and Calibration

Flare & Combustion Device Manufacturers

CO2Pipelines

Pipeline Leak Detection Testing

Product Vendors

Fluid Systems

Modeling & Simulation

Federal Agencies

Environmental Analytics

 

 

SwRI has a wealth of experience, facilities and equipment to help our customers.

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SwRI's pilot-scale flare testing system in action

SwRI’s pilot-scale flare testing system using hood extraction technique to capture flared gas plume for analysis of combustion species.

  • Validation of sensing technologies for a variety of gases, highlighting the lower limit of detection.
  • Unbiased third-party testing of competitive sensing products for specification and performance, and end-user applications.
  • Custom test protocols for technologies in early-stage development.
  • Controlled release testing at SwRI facilities that offer a unique combination of field-representativeness and highly accurate controls and data collection.
  • Customer (field) site-controlled release testing using a SwRI-developed and operated Leak Control System (LCS).
  • Custom experimental test system development and operation for evaluation of emissions control devices (e.g., burners, flares).
  • Remote sensing and leak detection analytics, machine learning, and artificial intelligence technologies.
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A “two-gun” laser system detects methane concentration of long distances. This sensor technology detects changes along the entire path as opposed to a stationary “point” sensor.

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Facilities & Laboratories

SwRI offers a variety of unique facilities and equipment to support any emissions or leak detection application:

  • Environmental test chambers to simulate a wide range of temperature, humidity, and interfering gas conditions to evaluate impacts on sensor performance.
  • Universal Synthetic Gas Reactors (USGRs) capable of highly accurate control of temperature, humidity, and metering of up to 13 different gases for transient and static testing of sensors.
  • A mobile, highly configurable Leak Control System (LCS) designed for highly accurate controlled release studies. The LCS has been used at customer field sites as well as on SwRI’s campus.
  • A Meter Research Facility that flows pressurized natural gas through various flow components to simulate actual field conditions. The facility is uniquely suited for performing controlled release studies and custom test programs.
  • A wide variety of emissions diagnostic instrumentation and analyzers, including but not limited to GC, NDIR, FTIR, and infrared cameras.

Quad-O Regulations & Compliance

SwRI has been an independent third-party evaluator of sensing technologies for entities pursuing regulatory approval, such as the EPA’s Alternative Test Method for Methane Detection Technology under the New Source Performance Standards and Emission Guidelines for Oil and Natural Gas Operations (NSPS, referred to as “Quad-O” b and c). We support clients with evaluation and development of technologies relevant to Quad-O regulations.

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Researchers at Southwest Research Institute and the University of Michigan developed and tested an advanced methane flare burner using additive manufacturing and machine learning.

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Flare Gas Emissions

In addition to sensor evaluation, SwRI has supported multiple federal initiatives to mitigate greenhouse gases, including development and operation of a pilot-scale flare gas emissions testing system to evaluate combustion and destruction efficiencies of novel flare technologies. SwRI has also developed custom test programs to evaluate combustion efficiency of novel industrial burners.

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